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1. Investigative Question (Aim)
2. Hypothesis
3. Variables
4. Equipment
5. Method
6. Results
7. Research
8. Diary
9. conclusion
9b.Application
Bibliography
BBI Science Fair
6. Results
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Height of the distance of Ladder and balcony
: 476 cm
Ladder:
136 cm
Balcony:
340 cm
I ignored a few results effected by the wind and other forces to make most fair scientific experiment.
Time of Boxes to drop in a same distance
Result/
Boxes
Result 1
Result 2
Result 3
Result 4
Result5
1/4
0.85 sec
0.98 sec
0.91 sec
0.99 sec
0.79 sec
1/3
0.95 sec
1.02 sec
0.98 sec
0.1.03 sec
0.99 sec
1/2
1.28 sec
0.98 sec
1.09 sec
0.91 sec
0.94 sec
1/1
1.09 sec
1.27 sec
1.15 sec
1.35 sec
1.02 sec
Average dropping time of the Boxes
Boxes
Average Time
1/4
0.90 sec
1/3
0.99 sec
1/2
1.04 sec
1/1
1.18sec
Boxes
Average Speed
1/4
5.3 m/ sec
1/3
4.8 m/ sec
1/2
4.6 m/ sec
1/1
4.0 m/ sec
Boxes
Surface area of the Box
1/4
192 cm
1/3
257 cm
1/2
384 cm
1/1
768 cm
Boxes
Maximum Speed Drop
1/4
10.6 m/ sec
1/3
9.6 m/ sec
1/2
9.2 m/ sec
1/1
8.0 m/ sec
Maximum Speed Drop
= Average Velocity X 2
Acceleration
Acceleration
= Change in velocity divide by Change in time
E.g:
1/4 Box= 10.6 divide by 0.90
Boxes
Acceleration
1/4
11.8 m/sec/sec
1/3
9.7 m/sec/sec
1/2
8.8 m/sec/sec
1/1
6.8 m/sec/sec
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Height of the distance of Ladder and balcony: 476 cm
Ladder: 136 cm Balcony: 340 cm
I ignored a few results effected by the wind and other forces to make most fair scientific experiment.
Time of Boxes to drop in a same distance
Boxes
Average dropping time of the Boxes
Acceleration
Acceleration= Change in velocity divide by Change in time
E.g:
1/4 Box= 10.6 divide by 0.90